BLUE
Login
PostsUsersHashtags
BHblakehamiltonca.bsky.social

💡 Looking for truly reliable and efficient clean energy? Nuclear power has got you covered! 💪🌍⚡️Let's harness its power for a sustainable future! 🌱⚛️💚 #Nuclear#NuclearEnergy#NuclearPower#CleanEnergy#SustainablePower#SustainableFuture#NuclearInnovation#LowCarbon

Title: how much raw material is required to make clean energy? Provides a visual bar graph comparison of the amount of raw materials required to generate a megawatt hour of clean energy from different sources, including hydroelectric, wind, solar, and nuclear power. Each type of energy generation is represented by an image alongside its corresponding value in kilograms per megawatt hour: 16 kg for hydro, 12 kg for wind, 7 kg for solar, and 5 kg for nuclear. Includes an explanation caption: What is a megawatt hour? A megawatt hour is enough power to support the electricity use of 1300 people for an hour (at European consumption levels.)
0
BHblakehamiltonca.bsky.social

Nuclear energy is a powerhouse with minimal land use requirements, making it a truly sustainable choice for the future! 🌍⚛️ 

 #Nuclear#NuclearEnergy#NuclearPower#CleanEnergy#SustainablePower#SustainableFuture#NuclearInnovation#LowCarbon

Infographic that visually compares the land use requirements of different forms of energy generation—specifically wind, solar, and nuclear power—measured in terms of football fields needed to provide an individual with electricity at average European Union consumption levels. The infographic illustrates: - **Wind Power:** Requiring .5 football fields - **Solar Power:** Requiring .6 football fields - **Nuclear Power:** Requiring .1 football fields Key aspects such as the physical footprint, mining, and transmission factors have been taken into account in the calculations. In addition, a table in the image provides assumptions used in the analysis, including plant lifetimes and capacity factors for each energy type: - **Nuclear:** 60 years lifetime, 92.5% capacity factor - **Solar:** 25 years lifetime, 18.3% capacity factor - **Wind:** 20 years lifetime, 43.% capacity factor The infographic also mentions the inclusion of mining, transmission, and the nuclear exclusion zones.
0
BHblakehamiltonca.bsky.social

Nuclear energy is a powerhouse with minimal land use requirements, making it a truly sustainable choice for the future! 🌍⚛️
 #Nuclear#NuclearEnergy#NuclearPower#CleanEnergy#SustainablePower#SustainableFuture#NuclearInnovation#LowCarbon

Infographic that visually represents the land required to power a city with a population of 1 million people using different energy sources: wind, solar, geothermal, and nuclear. Each energy source is depicted by differently-sized colored circles alongside icons representing wind turbines, solar panels, a geothermal plant, and an atomic symbol for nuclear energy. The graphic shows that nuclear energy requires the least amount of land (1 square kilometer), followed by geothermal (14 square kilometers), solar (188 1 square kilometers), and wind (741 square kilometers). The infographic includes a bold question at the top, "HOW MUCH LAND DOES IT TAKE TO POWER A CITY OF 1 MILLION?" It aims to demonstrate the land-use efficiency of different energy sources for powering a city, advocating for nuclear energy as the most land-use efficient option presented in the image.
0
BHblakehamiltonca.bsky.social

THE most efficient, reliable, and cost-effective option — especially in the long term. #Nuclear#NuclearEnergy#NuclearPower#CleanEnergy#SustainablePower#SustainableFuture#NuclearInnovation#LowCarbon

Meme featuring two frames from the animated cartoon series "The Simpsons." In the top frame, Homer Simpson is shown standing proudly in his underwear facing Marge, his body uncharacteristically thin and fit, with the text "Nuclear Energy" superimposed. In the bottom frame, it shows the same view of Homer but from behind, with the text "Nothing back here, it's safe and efficient" superimposed, indicating metaphorically that there are no hidden ugly secrets about nuclear power.
0
HomePopularExplore